Graphical user interface

ABSTRACT

In order to monitor the administration of medicament portions Ta in a reliable and simple manner, the invention provides a display device for a dispenser for medicament portions Ta, it being necessary to administer the medicament portions at regularly recurring reference administration times, and the display device comprising a display  1  and an electronic actuation means for the display, characterized in that the display comprises a first visualization means  30, 40  for displaying a first period of time between a first reference administration time and the current time, and the first reference administration time being distinguished in that the medicament portion has not been taken by the first reference administration time.

The present invention relates to a display device for a dispenser formedicament portions, it being necessary to administer the medicamentportions at regularly recurring reference administration times, and thedisplay device comprising a display and an electronic actuation meansfor the display. The present invention also relates to the use of thisdisplay device for monitoring the administration of medicament portions,in particular hormone preparation portions, primarily contraceptiveportions, from a dispenser.

Medicaments have to be taken regularly and, as far as possible, at apredefined time or within a predefined period in order to be able toguarantee their efficacy. Therefore, there has been no lack of attemptsto create aids to provide reminders to administer the medicament. Verycommon aids for people who have to take several medicaments on a dailybasis are boxes which are divided into several compartments which aremanually filled with the medicaments for the respective administrationperiod, for example for administration in the morning, administration atmidday and administration in the evening. Therefore, the person takingthe medicaments can respectively monitor whether a medicament portionhas already been taken or not at the respective time. However, theseaids are susceptible to faults because the person obviously, forexample, also has to remember to take the medicament portion at theprescribed times or in the periods intended for this purpose, and toactually fill the boxes with the medicament portions in the first place.

Therefore, display apparatuses which are intended to provide anautomatic administration reminder have been developed for administeringmedicaments. By way of example, DE 100 35 5999 A1 describes a pill boxwith an integrated timer. The pill box comprises a plurality ofcompartments for accommodating pills, which compartments each have anassociated light-emitting diode. The timer comprises a digital displayand also operator control buttons for programming the said timer. One ofthe light-emitting diodes is actuated at the respectively pre-programmedtime at which the pills contained in the associated pill compartment areto be administered, and therefore the user knows which pills are to betaken. Acoustic and mechanical signal transmitters are also provided.

Furthermore, DE 20 2004 012 232 U1 describes a so-called pill clock.This pill clock firstly has a pill box which is combined with a digitalclock. The intention is for the user to carry around the tablets to betaken and be reminded to administer the said tablets by the digitalclock. The pill box has six compartments for the tablets. The digitalclock is provided with a digital display for the actual time and sixfurther digital displays which, in various modes, provide a reminder toadminister the tablets in the six compartments of the pill box. In onemode, the pill clock provides a reminder to respectively administer atablet using a countdown display. The user can also be provided with anacoustic administration reminder. The pill clock can be worn on thewrist like a wristwatch.

Furthermore, DE 10 2004 023 641 A1 discloses an apparatus having meansfor connection to a contraceptive pill blister. The apparatus serves toassist correct administration of contraceptive pills over the entiremenstrual cycle and is also intended to take into account thenon-administration phase too. To this end, the apparatus is designedsuch that a blister containing the contraceptive pills can be connectedto the apparatus, for example by means of a clip or a pocket, andpossibly a detection means for insertion of the blister into theapparatus and/or for the removal of the blister from the apparatus isadditionally provided. Detection means for monitoring the filling levelof the tablet units can also be located in the blister. By way ofexample, breaking open the foil over a blister in order to remove acontractive pill from a tablet unit can activate a timer. The apparatushas a display in the form of a digital clock which displays the periodremaining until the start of an alarm signal. Alarm signals can beemitted by means of loudspeakers, vibrators or light-emitting diodes orelse the display. The display also shows the user which day of her cycleshe is currently on.

U.S. Pat. No. 5,871,831 A also exhibits an apparatus which comprises acomputer with a plug-type contact strip for insertion of a tabletblister. The tablet blister is designed in a suitable manner such thatconductor tracks are located at those points on the foil which will bebreached when a tablet is removed, and therefore the said conductortracks will be severed when the foil is breached, the conductor trackscoming into electrical contact with the plug-type contacts located inthe plug-type contact strip when the blister is inserted into theplug-type contact strip in the computer. As a result, removal of atablet can be automatically registered. The computer has a digitaldisplay for the current time and/or the time at which a tablet is nextto be administered. An acoustic signal or LED can also provide areminder to administer a tablet. A first one of the LEDs serves toindicate that a tablet is to be taken, a second LED serves to indicatethat administration would still be too early, and a third LED serves toindicate that the administration time has already been exceeded.

Furthermore, DE 102 17 929 A1 discloses an apparatus for dispensingtablets. This apparatus serves to accommodate blisters and haspushbuttons for pushing a tablet out of the blister as well as means forsetting administration times and also means for displaying theadministration times. The apparatus provides a reminder to administer atablet over a preset administration time. Alarm symbols on an LCDdisplay serve for this purpose. The apparatus also automaticallyregisters removal of a tablet.

Although the above-described apparatuses are suitable for providing anautomatic reminder of the administration time of medicament portions, avariety of different indicator and alarm means serve this purpose in thedescribed dispensers. In individual cases, a reminder is repeatedlyprovided for the possibly initially forgotten or deliberately missedadministration of a medicament portion. However, the user is notprovided with complete knowledge of the administration status with thisinformation. For example, it is generally not necessary to take amedicament portion at a precisely defined time. Rather, it suffices totake the medicament portion within a time interval. Although DE 20 2004012 232 U1 states, to this end, that an alarm can also be repeated, itbeing possible for the user to set how often and at which intervals thealarm is to be repeated, the said document does not state therelationship between the alarm being repeated and the actual toleranceof the time being exceeded and of the time actually being exceeded.

Proceeding from the above, it is an object of the present invention toprovide a display device for the administration of medicament portionswhich are contained in a dispenser, with which display device the knowndisadvantages are eliminated and with which the intention is, inparticular, to ensure increased compliance when administering medicamentportions. The primary intention is to enable the user to quickly andeasily identify the current status of administration of medicamentportions. In particular, a further intention is to ensure that theadministration of, in particular, hormone preparations, primarilycontraceptives, is particularly reliable by the necessary informationabout the current administration status being optically displayed to theuser at a glance. A further intention is to provide the user with aproposal for possible remedies quickly, simply and without the said userhaving to laboriously search through the documentation in the event ofincorrect operation and also if the user forgets to take the medicamentportions. Increased compliance in terms of medicament administrationshould also be achieved by incorrect operation being largely precluded,for example in the case of the user accidently taking more than onemedicament portion, but this administration not being taken into accountin the administration log, or in the case of a medicament portion notbeing taken but administration erroneously being registered in theadministration log. A further intention is to ensure the reliability ofadministration in the long-term too, that is to say when medicaments areadministered over a long period.

This object is achieved by the display device according to claim 1 andalso by the use of the display device according to claim 23. Preferredembodiments of the invention are indicated in the dependent claims.

The display device according to the invention serves to monitor thestatus of administration of medicament portions by a user. The primaryintention is to display the status of administration of hormonepreparations and, very particularly, of steroid hormone preparations,for example for contraception. However, a further intention is for it tobe possible for the administration of portions of other medicaments, forexample hormone preparations for hormone replacement therapy, to bemonitored in a simple and reliable manner. For example, the displaydevice can be used to monitor the status of medicament portions fortreating all chronic diseases. The use of the display device is veryparticularly important when the medicament portions are to beadministered at regularly recurring reference administration times.Therefore, the primary intention of the display device according to theinvention is to serve to monitor the status of the administration ofcontraceptives. In this case, the medicament portions have to be takenin a regular administration regime, specifically once a day, aninterruption phase of several days' duration always following anadministration phase of several days' duration. If the prescribedadministration times are not followed, the desired contraceptive actionmay not take effect.

In order to achieve the aim according to the invention, the displaydevice has a display and an electronic actuation means for the display.In a manner according to the invention, the display comprises a firstvisualization means for displaying a first period of time between afirst reference administration time and the current time, the firstreference administration time being distinguished in that no medicamentportion has been taken up to the first reference administration time(even though this was intended to be the case).

Within the meaning of the present invention, reference administrationtimes are understood to be times at which the medicament portions shouldideally be taken, that is to say, for example in the case of medicamentportions which are to be taken daily, at, for example, 7:00 or 9:00 orat another fixed time on each day, it sufficing in virtually all cases,however, for the purpose of taking a medicament in due time, for themedicament portion to be taken within a time interval which includes thereference administration time. The administration interval may last, forexample, from a time 12 hours before the reference administration timeup to a time, for example, 2 or else 24 hours after the referenceadministration time. In the case of medicament portions which are to betaken, for example, once daily, such a reference administration time andthe administration interval are to be determined on each day. Thereference administration time is preferably calculated from the time atwhich a medicament portion is first removed (from a medicamentdispenser), in particular preferably in an administration cycle, and theprescribed repetition rhythm for administration. The respectivereference administration times are then calculated from the respectivetime intervals which are produced from the repetition rhythm and thetime at which a medicament portion is first removed from the dispenser,this time again being identical to the time of first administration of amedicament portion. Therefore, the reference administration times in thecase of medicament portions which are to be taken once per day are, witha calculation method of this kind, in each case n×24 hours (n is aninteger) after the first removal of the medicament portion from thedispenser. If, in the case of this calculation method of the referenceadministration times in the case of a medicament portion which is to betaken once daily, a first medicament portion is, for example, removedfrom the dispenser, and therefore has been taken by the user, at 12:00on the first day, this time (12:00) on each following day is a referenceadministration time and therefore further reference administration timesoccur at 12:00 on each further day following the first day, theintention being for the medicament portions to ideally be taken at thesaid reference administration times. Analogously, in the case of amedicament which is to be taken twice per day, for example when firstremoval and therefore first administration has taken place at 7:00 andsecond administration has taken place 12 hours after that, the referenceadministration times are calculated to be at 7:00 and 19:00 on eachfollowing day. In principle, the reference administration times can alsobe calculated differently starting from the first removal of themedicament portion from the dispenser: for example, a referenceadministration time can be calculated from the last, for example three,actual administration times.

The display device therefore has a display for the first referenceadministration time, that is to say an administration time at which themedicament portion should be taken, being exceeded, but the useraccidently or else intentionally failing to take the medicament portionup to this first reference administration time.

Since the display device according to the invention has theabovementioned first visualization means for displaying the firstreference administration time being exceeded, comprehensive monitoringof the administration status of the medicament is possible: the displayof a time being exceeded allows the user or else a doctor to possiblyinitiate corrective measures to compensate for the lack ofadministration. Furthermore, the user can also immediately identify whenthe time interval for administration elapses if he/she knows the timeinterval in which the medicament portion has to be taken. The timeinterval can, of course, also be separately displayed in thevisualization means, and therefore the user can identify at a glancewhether he/she can still take the medicament portion in due time, thatis to say within the time interval, despite the first referenceadministration time having been exceeded.

The display device according to the invention is preferably advantageousfor the administration of contraceptives and, in this case, veryparticularly in cases in which the user follows a so-called flexibleadministration regime. Contraceptives typically have to be taken oncedaily, with, in the case of conventional administration regimes, amedicament portion being taken daily during an administration phase of21 days and this then being followed by a 7-day-long interruption phase.This administration cycle is then repeated again. As an alternative, theadministration phase can also last for 24 days and the interruptionphase for 4 days. It has also already been proposed to takecontraceptive preparations in accordance with a so-called flexibleadministration regime. In this case, the administration phase lasts atleast 24 days (compulsory administration phase) and at most, forexample, 120 days. A decision about the duration of the administrationphase is left to be made by the user within the said limits, that is tosay, after the compulsory administration phase has elapsed, the userherself can decide whether to initiate the interruption phase. However,the said user must do this before the maximum time of the flexible phaseelapses, that is to say before 120 days elapse in the cited case. Theflexible administration phase is typically followed by an interruptionphase of 4 days. The decision of the user to initiate the interruptionphase may in this case be triggered by breakthrough bleeding and/orspotting occurring on 3 consecutive days immediately prior.

Monophasic contraception preparations usually contain an oestrogen and agestagen as pharmaceutically active substances in each medicamentportion, specifically the same quantity of the oestrogen and of thegestagen in each daily medicament portion. Monophasic contraceptionpreparations of this kind can be used in a flexible administrationregime as described above.

A person skilled in the art is familiar with which compounds can be usedas oestrogen and gestagen in a monophasic contraception preparation.

The oestrogen contained almost without exception in all contraceptionpreparations is ethinylestradiol. The list of gestagens used incontraception preparations is long. Only levonorgestrel, cyproteroneacetate, norethisterone, gestodene, desogestrel, dienogest anddrospirenone are cited by way of example here.

According to one embodiment of the invention, the display apparatusaccording to the invention is used for monitoring the administration ofmedicament portions from a dispenser, with the medicament portions beingthe daily medicament portions of a monophasic contraception preparationas described above and the contraception preparation being administeredin a flexible administration regime, likewise as described above.

In one embodiment, ethinylestradiol is used as the oestrogen anddrospirenone or dienogest is used as the gestagen.

In a particular embodiment, ethinylestradiol is used as the oestrogenand drospirenone is used as the gestagen. According to a further,preferred embodiment, 20 μg of ethinylestradiol and 3 mg of drospirenoneare contained in each medicament portion.

If the user has failed to take a medicament portion, she can at leastuse the situation of exceeding the administration time interval as atransition to an interruption phase if the administration phase hasalready lasted for at least 24 days (before expiry of the administrationphase, an interruption phase would lead to contraception no longer beingguaranteed). In particular, this first period of time for the timeoverrun after the first reference administration time can, in this case,be calculated as a period within the interruption phase. In this case,the present invention also serves to provide the user with a simple wayof deciding to changeover from the administration phase to theinterruption phase: if, for example, the administration time interval isexceeded, the user can decide to start an interruption phase, so thatregular administration can again be started in the correct manner afterthe interruption in administration. With the conventional apparatusesfor monitoring administration, this would only be possible if the userwere to theoretically monitor compliance with the administration regimewith the highest possible level of self-organization. However, since theuser would have to keep track of the situation of the time beingexceeded in this case, this is not readily possible under customaryconditions which are subject to everyday distractions.

Therefore, displaying the situation of the first referenceadministration time being exceeded can provide a greater level ofreliability in the case of administration of medicament portions.

In one preferred embodiment of the invention, the display additionallycomprises a second visualization means for displaying a second period oftime between a second reference administration time and the currenttime. In this case, the second reference administration time isdistinguished in that it is in a predefined administration time intervaland one medicament portion has been taken in the predefinedadministration time interval. The second period of time lasts at most upto the first reference administration time which chronologically followsthe second reference administration time. That is to say, when theentire scale of the second visualization means is utilized, the displayextends over the entire period between the second referenceadministration time and the first reference administration time if themedicament portion has not been taken by the first referenceadministration time or is taken precisely at this time. If themedicament portion has not been taken by the time the first referenceadministration time has been reached, the first visualization means,which then displays the following first period of time since the firstreference administration time, is started. The elapsed second period oftime between the second reference administration time and the firstreference administration time preferably remains displayed in this case,but can also be cleared in cases in which, for example, the period whichhas already elapsed since the second reference administration time isnot displayed, but the period still remaining until the next referenceadministration time is displayed.

Like the first reference administration time, the second referenceadministration time also represents a time in the administration regimeat which a medicament portion should ideally be taken. The onlydifference is that a medicament portion has been taken in the case ofthe second reference administration time and not in the case of thefirst reference administration time. In this respect, the abovementionedexplanations for reference administration times apply here too.

The second period of time, which has passed since the most recent secondreference administration time of a medicament portion in the event ofcorrect medicament administration, is displayed by the secondvisualization means. Therefore, the user can be provided with additionalinformation about the current status of administration of medicamentportions in the event of the administration instructions being followedcorrectly. Since, in the case of administration being performed asinstructed, the user can track the period which has passed since themost recent second reference administration time, the said user canprepare for the next medicament administration operation.

The second visualization means is preferably started by first removal ofa medicament portion from the dispenser in an administration cycle. Thesecond reference administration time and therefore also the firstreference administration time are therefore preferably established anddefined for a current administration cycle. An administration cycle isestablished, for example, by all of the administration processes duringa period of illness. In the case of continuous administration, forexample for hormone replacement therapy, the administration cycle islikewise characterized by first removal and, in the case ofcontraception, by an administration phase and an interruption phase,before a new administration phase begins. The reference administrationtimes are therefore defined with first removal of a medicament portionfrom a dispenser in an administration cycle.

Since the reference administration times are each preferably definedonly for a single administration cycle, the user can redefine thereference administration times in a new cycle. This is advantageous whenthe originally selected reference administration time has turned out tobe impractical for the user and the user wishes to change the referenceadministration time.

While the second reference administration times are defined by firstremoval of a medicament portion from the dispenser, the first referenceadministration times are found by no medicament portion having beentaken by the first reference administration time which chronologicallyfollows the second reference administration time. In this case, thefirst visualization means is therefore started by the first referenceadministration time being reached, that is to say when no medicamentportion has been taken by this first reference administration time. Inthis case, the first period of time which has passed since the firstreference administration time follows the illustrated second period oftime since the second reference administration time. In this case, thefirst and the second visualization means show, at the same time, theperiod since the most recent second reference administration time, thatis to say since a reference administration time which is characterizedin that it is in a predefined administration time interval in which themedicament portion has been taken and therefore correct administrationhas taken place.

When a medicament portion is taken, a new second referenceadministration time is generated. If, in this case, only the secondvisualization means has displayed the second period of time since the(previous) second reference administration time (because the nominalperiod for administration of the medicament portion has not yetelapsed), the display of the second period of time is cleared and a newsecond period of time is displayed, this showing the time differencebetween the current time and the new second reference administrationtime. In the latter case, this second period of time is negative, thatis to say initially the second period of time between the current timeand the new second reference administration time which has not yet beenreached is displayed. As an alternative, the second period of time canalso be displayed in the form of the period until the next referenceadministration time, which period has not yet elapsed, in this case.Since the second period of time until the next reference administrationtime is longer than an administration period, this period of time whichhas not yet elapsed is preferably displayed in two scale parts: a firstscale part which shows the period remaining until the previous referenceadministration time, and a second scale part which corresponds to theregular second period of time. Therefore, during the further course, theregion which goes beyond regular display of an administration period isthen preferably initially successively switched off, and only then isthe regular region successively switched off.

If the next reference administration time had already been reached atthe time of removal of a medicament portion and a first referenceadministration time had therefore been generated, so that the firstvisualization means also displays a first period of time since this(newly generated) first reference administration time, the display ofthe first period of time is cleared by the removal of a medicamentportion, and a new second period of time is displayed, this showing thetime difference between the current time and the new second referenceadministration time. Since, in this case, the medicament portion wasfirst taken after the next reference administration time had alreadypassed without a medicament portion having been taken, the secondvisualization means will display a second period of time, which hasalready passed, since the new second reference administration time. Inone possible method, the second reference administration time is, incases in which the previous second reference administration time hadbeen considerably exceeded, set to a new second reference administrationtime which is shifted by two administration periods between in each casetwo successive reference administration times and not only by one, thatis to say, in this case, medicament administration is interrupted once.As an alternative and with preference, the display is, however, shiftedby only one removal period when a medicament portion is removed, so thatthe user is required to remove yet a further medicament portion in orderto restart the correct administration rhythm.

In a further preferred embodiment of the invention, a new secondreference administration time is generated in the case of prematureremoval of a medicament portion only when the medicament portion is, atthe earliest, in the administration time interval. If the removal timeis still before the beginning of the administration time interval, theremoval is not taken into consideration as medicament administration,and therefore the previous display of the second period of time remainssince a new second reference administration time is not generated inthis case. If, in contrast, a medicament is taken within theadministration time interval before the second reference administrationtime is reached, a new second reference administration time isgenerated. In this case, a new negative second period of time isinitially displayed, that is to say the period of time between thecurrent time and the later new second reference administration time. Anew second reference administration time is, as explained above, alsogenerated when the medicament is first taken after the administrationtime interval elapses.

In a further preferred embodiment of the invention, the firstvisualization means is arranged in at least one first display region andthe second visualization means is arranged in at least one seconddisplay region of the display.

It is particularly preferred if the at least one first display regionand the at least one second display region are adjacent to one another.

It is also preferred if the first visualization means is formed by atleast one first indicator element.

It is further preferred if at least two first indicator elements areprovided, and the first indicator elements are successively switched onas time progresses. In this case, the first indicator elements representthe progress of time graphically and not in the form of a numericaldisplay.

The first indicator elements can also represent a numerical display. Forexample, the numerical display can display the number of medicamentportions still to be taken. Either the first indicator elements whichprovide a graphical representation or the first indicator elements whichdisplay numerals, or both, can be present.

It is further preferred if the second visualization means is formed byat least one second indicator element.

It is further preferred if at least two second indicator elements areprovided and the second indicator elements are successively switched onor successively switched off as time progresses. Therefore, the secondindicator elements represent the progress of time preferably graphicallyand not in the form of a numerical display. If the indicator elementsare successively switched off as time progresses, all the indicatorelements or at least the indicator elements for time periods whichremain until the next reference administration time are initiallydisplayed and these are then switched off as time progresses.

The graphical displays provide quick, simple and fault-freeidentification of the first and second periods of time.

It is further preferred if each of the at least one first and/or each ofthe at least one second indicator elements corresponds to periods oftime of equal magnitude, for example 1 hour, in the case of a graphicaldisplay.

A particularly advantageous refinement of the display of the first andsecond periods of time is provided by each of the at least one firstindicator elements forming a segment in at least one ring and/or by eachof the at least one second indicator elements forming a segment in atleast one second ring. Therefore, the progression of time of therespective periods of time can be identified upon first glance, like ona clock which displays the time in an analogue manner.

The ability to identify the progression of time in an easy and quickmanner is further improved by the at least one first ring for the atleast one first indicator element and the at least one second ring forthe at least one second indicator element being concentric to oneanother. If, for example, the second visualization means has indicatorelements in an outer ring and the first visualization means hasindicator elements in one or more inner rings, the indicator elementswhich form the rings will gradually fill the rings from outside inwardsas time progresses. As an alternative, the second indicator elements canalso be arranged in a first outer ring together with first indicatorelements, and further second indicator elements can be arranged infurther rings which are arranged further inwards.

For example, each of the first and second rings can in each casesymbolize a period of 1 day. If the rings are made up of segments of aring, each of the segments of the ring can symbolize 1 hour, andtherefore there are in each case 24 segments of a ring in one ring. Itgoes without saying that the periods for the rings and for theindividual segments of a ring can be subdivided in other ways. Theindicator elements may be substantially rectangular or else assume anyother desired shape. For example, the said indicator elements may becircular or star-shaped. As an alternative, other indicator displays,for example bars or arrows, which increase in size in steps orcontinuously, in a scale or else a completely different representationwhich shows the progression of time at a glance, can of course be usedinstead of segments of a ring. A numerical display numerically displaysthe progression of time by providing time details.

In one particularly advantageous embodiment of the invention, the firstindicator elements of the first visualization means and the secondindicator elements of the second visualization means each symbolize timeperiods which have elapsed or which are still to elapse. As in theabovementioned embodiment, these first and second indicator elements canbe arranged in the form of segments of a ring in one or more rings. Inthis case, segments of a ring which are flat can be used for the firstvisualization means, and segments of a ring which represent only framescan be used for the second visualization means. It is particularlyadvantageous if the second indicator elements of the secondvisualization means are shown in the form of a surrounding frame for theflat representations of the first indicator elements of the firstvisualization means. Therefore, the second indicator elements of thesecond visualization means are located in the same ring as the firstindicator elements of the first visualization means in this case.However, as already described above, further first indicator elements ofthe first visualization means can, of course, also be provided, thesebeing located in further rings in which there are no second indicatorelements of the second visualization means. For example, the firstindicator elements and the second indicator elements together form anouter ring and the further first indicator elements form a further innerring. As already illustrated, at least some second indicator elementscan also possible on the ring which is shifted inwards. Other rings, forexample rings which are situated even further inwards, for indicatorelements are also feasible in principle.

In a further advantageous refinement of the last-described embodiment ofthe invention, the second indicator elements of the second visualizationmeans indicate the progression of time since the second referenceadministration time by successively switching off second indicatorelements which are initially displayed. That is to say, when amedicament portion is removed and therefore a second referenceadministration time is established, all the second indicator elementsare initially displayed, that is to say the indicator elements for timeperiods until the next (not yet reached) second reference administrationtime are illustrated. If, however, the second reference administrationtime has already elapsed when the medicament portion is removed, not allof the second indicator elements of the second visualization means aredisplayed when a medicament portion is removed, but rather only thosewhich correspond to the period of time still remaining until the nextreference administration time. In this case, the first indicatorelements of the first visualization means can, as in the case describedabove, be successively displayed as the time overrun increases.Therefore, the second visualization means immediately initiallyindicates, after removal of a medicament portion, the period of timeremaining until the next reference administration time, while the firstvisualization means immediately indicates, in the case of a subsequenttime overrun, the time overrun which has already occurred.

Furthermore, the first visualization means can comprise a first zone anda second zone which is spatially delimited from the first zone, thesecond zone serving to display that a predefined third period of timehas been exceeded. If the first reference administration time isexceeded by a predefined third period of time, without the user taking amedicament portion, the incorrect administration may have seriousconsequences. This will then be indicated by, for example, arepresentation in a different (signal) colour of the first indicatorelements in the second zone which is spatially delimited from the firstzone. For example, the indicator elements in the first and the secondzone may each represent a period of one day, so that it is possible toshow, in total, that the first reference administration time has beenexceeded by 2 days. In principle, an overrun of the first referenceadministration time by a shorter or longer period is, of course, alsopossible.

In a further preferred embodiment of the invention, a display for thenumber of medicament portions contained in the dispenser is additionallyprovided. The display can be, for example, a digital numerical display.This provides the user with additional security for administering themedicament portions since this guarantees that the user can alwaysensure that at least one medicament portion is always available. Theuser can therefore make adequate arrangements for a forthcoming journey.

In a further preferred embodiment of the invention, a display for thenumber of medicament portions which have already been taken in anadministration cycle is additionally provided. This information canlikewise be displayed by a numerical display. It is therefore possiblefor the user to monitor the course of administration of medicamentportions. In the case of contraception with a flexible administrationregime, the user can therefore make the decision as to when to initiatean interruption phase after an administration phase in which she hastaken 24 portions of contraceptive (compulsory administration phase) haselapsed. This is important in terms of the restrictions when making adecision about initiating the interruption phase since the interruptionphase must not be initiated before the compulsory administration phasehas started and has to be initiated at the latest after a total of, forexample, 120 contraceptive portions has been administered.

In a further preferred embodiment of the invention, a display forinterruption in administration is additionally provided. This can berealized by a symbol which is suitable for this purpose. The user ofcontraceptives will therefore be shown that an interruption inadministration has been initiated and that no medicament portions shouldbe currently taken. The interruption phase usually lasts for 4 days in aflexible regime. After the interruption phase has elapsed, anadministration phase is again initiated in a new administration cycle.To this end, the user removes a first medicament portion in this newadministration cycle, and thus triggers the second visualization meansand thus also defines the new reference administration times.

It goes without saying that the actuation means for the display can alsocontain a logic system according to which initiation of the interruptionphase is prevented if 24 medicament portions have not yet been taken inthe current administration cycle (compulsory administration phase). Thiscan be displayed, for example, by the symbol indicating the interruptionin administration not appearing or being struck through. A warningsignal which can be optically, acoustically and/or haptically perceivedcan also be displayed.

Apart from the user being able to move from the administration phase tothe interruption phase on her own initiative when the medicament is acontraceptive which can be administered in a flexible regime and whenthe said user is no longer in the compulsory administration phase,provision may be made for the display device to automatically initiatethe interruption phase when the last administration of a medicamentportion took place a minimum period of time ago. For example, provisionmay be made for the interruption phase to be automatically initiatedwhen the second reference administration time was 72 hours ago. Bychanging over to the interruption phase, it is possible, in this case,to currently display on the display that the interruption phase hasalready lasted for 48 hours. Automatic transition of this kind isreadily possible when the user has already reached the flexibleadministration phase. However, this automatic transition can also takeplace, in a possible embodiment of the invention, when the user is stillin the compulsory phase. However, in this case, a reliable contraceptiveaction is no longer provided. However, the aim of automatic transitionto the interruption phase is again to achieve a correct administrationregime.

In a further preferred embodiment of the invention, the display forinterruption in administration includes a display for the number of daysfor which administration is interrupted. This display can in turn beformed as a digital numerical display.

In a further preferred embodiment of the invention, the first or thesecond visualization means display, during the interruption inadministration, the period of time which has elapsed between tworeference administration times. These reference administration times arethe times which, like the first reference administration time and thesecond reference administration time, are calculated from the time atwhich a medicament portion is first removed in an administration cycle,and which are in the period of interruption in administration.Therefore, the progression of time can also be tracked during aninterruption in administration, so that the user always has a goodoverview of the status of the interruption phase in this phase.

In a preferred embodiment, provision may also be made for the user to beshown that two medicament portions have to be taken when the secondreference administration time was longer than 2 administration periods,but preferably not longer than 3 administration periods, ago, that is tosay, in this case, the user removes all (both) medicament portions whichhe/she has failed to take to date. In order to allow the user to takeall medicament portions which he/she has failed to take in such cases,provision may be made, for example, for the display of the time overrun(by the first visualization means) to be cleared when only onemedicament portion is removed only during the period which correspondsto the removal of an individual medicament portion, that is to sayduring the period which corresponds to one day in the case of dailyadministration of a medicament portion. Therefore, when only onemedicament portion is initially removed, a remaining time overrundisplay always remains which, however, is now 24 hours shorter after theremoval of this medicament portion. The display for the time overrun iscompletely cleared and the display by the second visualization means,which display displays the period since the second referenceadministration time, is also at least partly cleared only when a secondmedicament portion has also been taken.

If the medicaments are contraceptives which are taken in a flexibleadministration regime, a procedure of this kind can, in principle, beprovided both if the user is in the compulsory phase or in the flexiblephase. If a time of up to 48 hours is exceeded (that is to say a periodof up to 72 hours since the second reference administration time), thereis preferably still no automatic transition from the administrationphase to the interruption phase. If, however, the period of time sincethe second reference administration time is 72 hours or more, that is tosay 3 or more medicament portions should have been taken and have notbeen taken, the display performs an automatic transition to theinterruption phase. If the user is in the compulsory phase in this case,the display preferably additionally displays that further preventionmeans also have to be used (back-up contraception) since effectivecontraception is no longer provided under these conditions. In the caseof such an event, provision may be made for the user to be warned by anoptical and/or acoustic and/or haptic alarm signal and to additionallypreferably be provided with an optical indication to use an additionalprevention means in addition to further administration of the medicamentportions.

Additional contraceptive measures are in each case required whenreliable contraception is no longer guaranteed. Reliable contraceptionis guaranteed only under the following condition:

-   -   in the case of missed administration of medicament portions on a        single day or on several days within a period of a maximum of 7        days of irregular administration which is characterized in that,        before the first day of this period on which no medicament        portion has been taken, medicament portions have been taken        without interruption over at least 7 days, and the last day of        this time period on which no medicament portion was taken is        again followed by an at least 7-day period of time in which        medicament portions are taken without interruption.

In other words, a phase with irregular administration on several daysbetween two phases each with at least 7-day regular administration mustnot last longer than days in order to provide reliable contraception.Otherwise, additional contraceptive measures have to be taken.

It has been found that lowering the plasma level of the activesubstances in the contraceptive does not lead to a risk to contraceptiveprotection in these cases.

If, however, the abovementioned conditions are not met, additionalcontraceptive measures are required. The first day on which additionalcontraceptive measures are required is a day with missed administrationwhich follows the abovementioned 7-day period of irregularadministration with uninterrupted administration of medicament portionswithin less than 7 days. At this moment, there is a missedadministration period of more than 7 days, calculated from the first dayof missed administration until the last day of missed administration,without this missed administration period having been interrupted by aperiod of 7 days of uninterrupted administration of medicament portions.

In other words, a phase of at least 7 days of uninterruptedadministration of medicament portions has to follow a phase of irregularadministration on up to 7 consecutive days in order to maintain thecontraceptive action.

The need for additional contraceptive measures lasts until a period ofat least 7 days of uninterrupted administration has again elapsed.

The above rules are independent of whether no tablets are taken on dayson which, according to the prescribed administration regime, tablets areto be taken (administration phase) or whether these days occur in aninterruption phase, that is to say that no tablets are to be taken onthese days according to the administration regime. In other words, dayson which no tablets are to be taken according to the administrationregime are treated like days with missed administration.

The display device is preferably designed in such a way that, under theabovementioned conditions, it displays, on each day, whether additionalcontraceptive measures are required. To this end, a warning symbol forlack of contraception, for example an exclamation mark (“!”), canautomatically appear on the display. According to the aboveexplanations, this warning symbol appears under the followingconditions:

-   a) a missed administration period is produced, this being    characterized    -   i) in that the missed administration period follows a first        administration period of at least 7 days of uninterrupted        administration of medicament portions,    -   ii) in that the missed administration period is again followed        by a second administration period of at least 7 days of the        requisite uninterrupted administration of medicament portions,    -   iii) no medicament portion being taken on at least one day in        the missed administration period,    -   iv) in that no period of at least 7 days of uninterrupted        administration is included in the missed administration period,    -   v) in that no medicament portion is taken on the first and last        day of the missed administration period, and    -   vi) in that the missed administration period lasts longer than 7        days;-   b) the first day on which the warning symbol appears is the 8th day    of the missed administration period;-   c) the last day on which the warning symbol appears is the 7th day    of the second administration period which follows the missed    administration period and involves uninterrupted administration of    medicament portions.

In a further preferred embodiment of the invention, the display deviceis a digital display device. In particular, the display device may be anLCD display device. For example, an OLED display may be provided. As analternative, any other desired technologies can be used.

Furthermore, the display device can also contain further indicatorelements for other functions, for example a symbol for a low batterycharge state, a symbol for displaying whether an acoustic warning signalis switched on or switched off, a symbol for advising the user toconsult the operating instructions, a symbol for indicating that thedigital numerical display is displaying the number of medicamentportions still in the dispenser, a symbol for indicating that there is alow level of medicament portions, a symbol for indicating that thedigital numerical display is displaying the number of the medicamentportions which have already been taken in an administration cycle, asymbol for confirming that a medicament portion has been taken, and alsoa symbol as a warning indicator that an interruption phase must not beinitiated if the user attempts to initiate an interruption phase. Thesesymbols can each be represented as a continuous display or in the formof a flashing display. The symbols are preferably displayed on thedisplay device as alternatives or, sometimes, at the same time. Inaddition, the display device can be designed in such a way that furtherwarning signals which can be optically, acoustically and/or hapticallyperceived can be emitted.

The display device comprises an electronic actuation means for thedisplay. This may be, in the conventional manner, a programmed orprogrammable microprocessor circuit.

The display device is preferably controlled by operator control elementson the dispenser. These operator control elements may be, in particular,buttons or other sensors. By way of example, a menu button and aconfirmation button can be provided. The menu button serves to selectspecific display or selection modes. The confirmation button serves tomake a possible selection in a specific mode.

The dispenser can comprise, in addition to the display, further opticalindicator elements such as LEDs and additionally acoustic alarm devices(loudspeakers) and/or mechanical alarm devices (vibrators).

All the indicator elements of the display device can either be displayedin a continuous manner or be displayed in a flashing manner. Inaddition, the indicator elements can also be displayed in a neutral (ifpossible contrasting) colour, for example in black, or all or else onlyindividual indicator elements can be in a signal colour, for example inred. In order to emphasize the importance of the display of specificoperator control states in the dispenser and in the display device,escalation stages can be provided, for example a coloured, for examplered, representation can be provided instead of a black representation.As an alternative or cumulatively, a flashing display can be selectedinstead of a continuous display.

It is particularly preferred if the display device is combined with adispenser for the medicament portions. In this case, the dispenser cantrigger the display device in the event of removal of a medicamentportion without a user acting as an intermediary, that is to say removalof a medicament portion leads immediately to removal of a medicamentportion being taken into account without the user additionally having toperform a separate input operation for the removal. This triggering canbe performed mechanically, electromechanically, electronically or insome other way. In particular, the dispenser can permit output ofmedicament portions based on the mechanical or electromechanicaltransmission of force from operating means to an output unit, andprovision may also be made for the mechanical or electromechanicaltransmission of force to act directly on the display device in the eventof a medicament portion being removed, for example by means of a switch,so that the removal is thereby registered in the display device withoutadditional manipulation by the user. Automatic triggering largelyprevents incorrect operator control by it being impossible for the userto falsely log removal in the display device.

The medicament portions can be prepared, as in conventional dispensers,in the form of tablets, pills, coated tablets or the like. The portionscan, in principle, be packaged in the form of blisters. The medicamentportions are preferably packaged in cartridges, that is to say in acolumn-like arrangement. In this case, the medicament portions can beoutput through an axial opening in the cartridge.

The present invention will be illustrated in greater detail withreference to the figures described below. The embodiments shown in thesaid figures and the description of the figures serve only toillustrate, and not to restrict, the invention.

FIG. 1 shows a front view of a dispenser having a display deviceaccording to the invention;

FIG. 2 shows a rear view of the dispenser;

FIG. 3 shows a plan view of the display of the display device accordingto the invention in a first embodiment according to the invention;

FIG. 4 shows the display of the display device according to theinvention in the first embodiment according to the invention before acartridge is first inserted and then in different display modes;

FIG. 5 shows the display of the display device according to theinvention in the first embodiment according to the invention after atablet is first removed in an administration cycle;

FIG. 6 shows the display of the display device according to theinvention in the first embodiment according to the invention before andafter removal of a tablet before the second reference administrationtime elapses;

FIG. 7 shows the display of the display device according to theinvention in the first embodiment according to the invention before andafter removal of a tablet before the beginning of the administrationtime interval;

FIG. 8 a shows the display of the display device according to theinvention in the first embodiment according to the invention after thefirst reference administration time is exceeded and additionally withchangeover (switch on/switch off) of the acoustic warning function;

FIGS. 8 b, 8 c show the display of the display device according to theinvention in the first embodiment according to the invention after thefirst reference administration time is exceeded given different firstperiods of time;

FIG. 9 shows the display of the display device according to theinvention in the first embodiment according to the invention when atransition is made to the interruption phase;

FIG. 10 shows the display of the display device according to theinvention in the first embodiment according to the invention during theinterruption phase;

FIG. 11 a shows the display of the display device according to theinvention in the first embodiment according to the invention before andafter removal of two tablets, without taking into account the secondtablet for the administration after the first reference administrationtime is exceeded by a short time;

FIG. 11 b shows the display of the display device according to theinvention in the first embodiment according to the invention before andafter removal of two tablets, without taking into account the secondtablet for the administration after the first reference administrationtime is exceeded by a longer time;

FIG. 12 a shows the display of the display device according to theinvention in the first embodiment according to the invention before andafter removal of two tablets, also taking into account the second tabletfor the administration after the first reference administration time isexceeded by a short time;

FIG. 12 b shows the display of the display device according to theinvention in the first embodiment according to the invention before andafter removal of two tablets, also taking into account the second tabletfor the administration after the first reference administration time isexceeded by a longer time;

FIG. 13 shows the display of the display device according to theinvention in the first embodiment according to the invention in theevent of an automatic transition from the flexible phase to theinterruption phase;

FIG. 14 shows the display of the display device according to theinvention in the first embodiment according to the invention in theevent of the automatic transition from the compulsory phase to theinterruption phase;

FIG. 15 shows the display of the display device according to theinvention in the first embodiment according to the invention in theevent of a low battery charge state;

FIG. 16 shows the display of the display device according to theinvention in a second embodiment according to the invention withalternative symbol representations;

FIG. 17 shows the display of the display device according to theinvention in the second embodiment according to the invention since thesecond reference administration time in various stages in theprogression of time;

FIG. 18 shows the display of the display device according to theinvention in the second embodiment according to the invention since thefirst reference administration time in various stages in the progressionof time;

FIG. 19 shows the display of the display device according to theinvention in the second embodiment according to the invention in theevent of more than one administration period being exceeded in variousstages in the progression of time;

FIG. 20 shows the display of the display device according to theinvention in the second embodiment according to the invention before andafter removal of a tablet;

FIG. 21 shows the display of the display device according to theinvention in the second embodiment according to the invention after aninterruption phase is initiated; and

FIG. 22 shows examples of administration and missed administration (=noadministration) of tablets within an administration regime forcontraception.

Identical elements are provided with the same reference symbols. Wheretablets are mentioned in the text which follows, this is done as asimplification of the term medicament portions. This term is thereforelikewise intended to include pills, coated tablets, capsules and otherportioned solid administration forms. In the following, the displaydevice is shown and described for use for medicament portions which arecontraceptives and which are taken in a flexible administration regime,that is to say with a compulsory administration phase of 24 days,followed by a flexible administration phase of up to a further 96 days(a maximum of 120 days in total), and a subsequent interruption phase of4 days.

FIG. 1 shows a front view of a dispenser Sp for medicaments. The lowerpart of a medicament cartridge Ka, which is inserted into the dispenseraxially from below, can be seen in the lower region of the dispenser.The medicament portions are output from the bottom (arrow). To this end,the cartridge has, on the lower face, an ejector mechanism which isoperated by means of lateral pushbuttons Dt.

A display device with a display 1 and operator control buttons Me, Ok isalso fitted on the front face of the dispenser Sp. The menu key Meserves to select a specific display or selection mode on the display,and the confirmation key Ok serves to confirm the selection of afunction which is displayed by the display.

FIG. 2 shows a rear view of the dispenser Sp. The housing of thedispenser Sp is provided, in the centre and axially, with a window Fe onthe rear face, some of the tablets Ta which are contained in thecartridge being visible through the said window. A marker Mk in the formof a line is also provided, this marker indicating the filling level atwhich the cartridge contains just 7 tablets. Therefore, the user canalso directly optically monitor the filling level of tablets in thedispenser.

FIG. 3 shows the display 1 of a display device according to theinvention with an enlarged illustration of a detail of indicatorelements 20 which are located in a ring. This illustration serves onlyto show all the possible indicator elements and symbols on the display.All elements and symbols are usually not visible at the same time butonly displayed in accordance with the display situation.

The display is preferably an LCD display which particularly preferablyhas a lighting means or at least optionally has a lighting means. Theindicator elements and symbols illustrated here do not need to becontinuously displayed either. During an inoperative period, that is tosay during a phase in which the user is not operating the dispenser andthe display device is not activated by any buttons being pushed, thedisplay device can be automatically switched over to an inoperativeposition in which the indicator elements and symbols are not visible.The display device can be switched back to an active state by, forexample, a button being pushed.

Most of the indicator elements and symbols of the display 1 are, forexample, coloured black in order to provide a good contrast with thebackground. However, some indicator elements and symbols can bedifferently coloured.

The display 1 is equipped with sectoral indicator elements 20, 30, 40which are in each case located in a ring. These rings are arrangedconcentrically to one another. The second indicator elements 20 in theouter ring make up, when taken together, the second visualization means.24 such sectoral second indicator elements form a ring. In the case ofthe present exemplary embodiment, the 24 second indicator elements areeach intended to represent 1 hour, and therefore all 24 second indicatorelements symbolize 24 hours, that is to say 1 day. In order toillustrate where the second indicator elements are located, indicatorframes 210 are provided, these indicator frames also being visible whenthe indicator zones 220 of the second indicator elements which arearranged in these frames are not displayed. The first indicator elements30 and 40 make up, when taken together, the first visualization means.Whereas the first indicator elements 30 are coloured black, the firstindicator elements 40 can be coloured red. In each case 24 such sectoralsecond indicator elements form a ring, with two rings of secondindicator elements being provided. The first black-coloured indicatorelements 30 are arranged in a first zone (central ring) and the firstred-coloured indicator elements 40 are arranged in a second zone (innerring). The second zone serves to show that a predefined third period oftime has been exceeded, with the third period of time being representedby all of the first indicator elements 30 in the entire central ring.After the time at which all the second indicator elements 30 arecompletely displayed in the central ring is exceeded, the secondindicator elements 40 are successively displayed in the inner ring inaccordance with the progression of time.

There is also a three-digit digital display 50 in the centre of thedisplay 1, the said digital display having different meanings dependingon mode. A symbol 52 for a cartridge is shown on the left of the digitaldisplay. When this symbol and the digital display are displayed at thesame time, the digital display is displaying the number of tablets stillin the cartridge. This symbol can be displayed both as a continuousdisplay and in a flashing manner, the latter being the case when thereare no more tablets in the cartridge. In addition, a symbol 54 for acalendar is shown on the right of the digital display. When this symboland the digital display are displayed at the same time, the digitaldisplay displays the number of days which have elapsed in the currentadministration cycle.

Furthermore, a symbol 60 for an interruption in administration islocated beneath the digital display 50. When this symbol appearstogether with the digital display, the digital display is displaying thenumber of days which have already elapsed in the interruption phase.

Furthermore, a warning and information symbol 65 which is displayed invarious situations, specifically in a continuous display or in flashingmanner, is located on the left of the symbol 60 for an interruption inadministration. The said warning and information symbol can, in thedisplay shown here, be shown having been struck-through and also withouthaving been struck-through. When displayed having been struck-through,this symbol is displayed together with the symbol for the interruptionphase and then indicates that an interruption phase must not beinitiated (yet).

Furthermore, a confirmation symbol 70 which appears, for example, whenremoval of a tablet is confirmed as having been administered is locatedon the right of the symbol 60 for the interruption in administration.

An information symbol 80 for displaying that an acoustic warningindicator is activated (without having been struck-through) ordeactivated (having been struck-through, as illustrated in the figure)is located above the digital display 50. An alarm symbol 82 as a promptto the user to consult the operating instructions is shown at thetop-right, and a warning symbol 84 about a low battery charge state isshown at the left. These two symbols are not coloured black butpreferably red or another signal colour in order to emphasize thewarning characteristics of these displays. In addition, the alarm symbol82 can be produced not only with a continuous display but also as aflashing display, the latter being the case when the user attempts toinitiate the interruption phase during the compulsory administrationphase.

FIG. 4 shows the display 1 of the display device according to theinvention, in the first instance before the cartridge which is filledwith tablets is first inserted into the dispenser, and then after thesaid cartridge has been inserted.

Before a cartridge is inserted into a dispenser for the first time, noindicator elements or symbols are visible on the display 1 (illustrationon the left) because, in this case, the dispenser is designed such thatthe battery in the dispenser is not yet connected to the display device.The cartridge Ka is then inserted into the dispenser (step 1). As aresult, the dispenser and the display device are activated. The start-updisplay appears on the display 1 (default screen). Initially, only theacoustic information indicator 80 and, representing a digital numericaldisplay by the digital display 50, two horizontal dashes are produced onthe display as standard. This illustration is the standard display ofthe display.

The available modes are displayed next to one another in the display 1by the menu key Me now being confirmed once or more than once:

After the menu key Me is pushed once (step 2), the first display modeappears in a first level, the days which have already passed in anadministration cycle being displayed in the said first display mode: Thecalendar symbol 54 is displayed next to the two dashes of the digitaldisplay 50 which are still displayed as standard at this stage. This isintended to symbolize, in this stage before a tablet is first removedfrom the dispenser, that a value for the number of days which haveelapsed in an administration cycle cannot be displayed yet.

After the menu key Me is pushed twice (step 3) the second display modeappears in a second level, the number of tablets still contained in thecartridge being displayed in the said second display mode: The cartridgesymbol 52 appears next to the digital display 50. This cartridge symbolis intended to indicate that 30 tablets are contained in the insertedcartridge in the present case. The cartridge symbol is produced with acontinuous display—not in a flashing manner. The cartridge symbolflashes only when the number of tablets falls below, for example, 6(preset value). In this case, the cartridge symbol, which is intended toindicate that there are only a few tablets remaining in the cartridge,will also be hidden on the default screen.

After the menu key Me is pushed three times (step 4), the third displaymode appears in a third level, it being possible for the acoustic alarmmode to be switched on or switched off in the said third display mode.In addition to the display of the acoustic information display 80, thewarning/information symbol 65, which flashes, is also shown.

After the menu key Me is pushed four times (step 5), the fourth displaymode appears in a fourth level, the interruption phase being initiatedor displayed in the said fourth display mode: The symbol 60 for theinterruption in administration is displayed at the bottom-centre of thedisplay 1. The digital display 50 is located in the centre and, in thepresent case, shows a single horizontal dash instead of a single-digitnumber for the number of interruption stages. The alarm symbol 82 isshown at the top-right and the warning/information symbol 65 and astruck-through OK display are shown at the bottom-left since, in thepresent phase, the user is still at the beginning of the administrationphase and therefore cannot yet initiate the interruption phase.

The last-mentioned two levels (third and fourth levels) can also beinterchanged.

After the menu key Me is operated once again (step 6), the displaydevice returns to the mode with the standard display. The display devicewould similarly automatically return from one of the first to fourthdisplay modes to the mode of the standard setting if the menu key is notoperated for a period of 3 seconds.

The user can now remove a tablet Ta from the dispenser (step 7). Theadministration regime is started by the tablet being removed. Inparticular, the second visualization means is started first:

FIG. 5 shows the display 1 of the display device after the first tablethas been removed. If the tablet had been removed, for example, at 7:00,this time represents the second reference administration time. A ring of24 indicator frames 210 of the second visualization means, whichindicator frames each symbolize 1 hour, appears on the display. As canbe seen at the bottom-left of the illustration, none of the indicatorframes 210 is yet filled with an indicator zone immediately after thefirst tablet is removed. Furthermore, the display device shows theconfirmation symbol 70 and the information symbol 80 for the acousticwarning indicator. The confirmation symbol indicates that a tablet hasbeen successfully removed for administration.

The following displays are shown in the first to fourth display modesafter repeated operation of the menu key Me:

After the menu key is operated once (step 2), the first display modeappears, this display mode indicating that 1 day has passed in thecurrent administration cycle. After the menu key is operated twice (step3), the second display mode appears, this display mode displaying thatthere are still 29 tablets in the cartridge. After the menu key isoperated three times (step 4), the third display mode appears, it beingpossible for the acoustic alarm mode to be switched on or switched offin this display mode. After the menu key is operated four times (step5), the fourth display mode appears, the interruption phase beinginitiated or displayed in this display mode. However, this is notpossible in the current phase since the user is still in the compulsoryadministration phase (warning/information symbol 65 struck-through)after the administration of just 1 tablet.

After the menu key Me is operated once again (step 6), the display 1returns to the mode with the standard display. As time progresses, thetwo following displays appear after the first tablet has been removedand administered: The bottom-centre illustration shows thatapproximately 1 hour has passed since removal (first indicator frame 210of the second visualization means filled with an indicator zone). Thebottom-right illustration shows that approximately 2 hours have passedsince removal (two indicator frames 210 filled with indicator zones).

The further progression of time is shown, by way of example, in FIG. 6in the standard display. In the left-hand illustration of the display 1,approximately 13 hours have passed since the last second referenceadministration time.

The tablet does not necessarily have to be taken at the referenceadministration time. It suffices for the said tablet to be taken withinan administration time interval. In the present case, the said tabletcan be taken, for example, within a time interval of 12 hours before, to2 hours after, the reference administration time. In the present case,the tablet Ta is taken within the administration time interval of 12hours before the reference administration time (step 7). Therefore, theconfirmation symbol 70 appears in the display 1 which appears inresponse. At the same time, the remaining time until the next referenceadministration time is illustrated in the sense of a “negative time”since the indicator frame 210 is first filled with indicator zones whichlie in the ring which extends from the time of removal andadministration (−11 hours) to the current second referenceadministration time. The indicator frames are then again filled withindicator zones in the normal manner, starting from the first indicatorelement at the top.

A different procedure is followed if the tablet Ta has already beenremoved from the dispenser prematurely, that is to say before thebeginning of the administration time interval. This is shown by way ofexample in FIG. 7. In this case, the second period of time since thelast second reference administration time is only 11 hours. Therefore,subsequent removal of a tablet Ta (step 7) is not logged as effectiveadministration (the confirmation symbol is not displayed, there is nochange in the display of the second visualization means).

FIG. 8 a shows the display 1 of the display device after the firstreference administration time is exceeded (illustration at thebottom-left). In this case, both the second indicator elements 20 of thesecond visualization means, which second indicator elements are alldisplayed, and also the 5 first indicator elements 30, which symbolizethat the user has not taken any tablets after a first period of timewhich exceeds the first reference administration time by 5 hours haselapsed, are shown in the outer ring. After repeated operation of themenu key Me, the user successively arrives at the first display modewhich shows that the user is on the 28th day of the administration cycle(step 2), at the second display mode which shows that there are still 18tablets in the cartridge (step 3), and at the third display mode inwhich there is an option to switch on or switch off the acousticinformation indicator 80 (step 4). In the present case, the informationindicator is switched on since the information symbol 80 is notstruck-through. The state “acoustic warning indicator off” is selected(step 10) by operating the confirmation key Ok. This selection can becancelled by pushing the said key again. It is possible to switchbetween these two states as often as desired.

In addition, the warning/information symbol 65 is shown in the flashingstate in the present case. This means that the user can change over tothe interruption phase in this administration phase (flexibleadministration phase).

Further illustrations of a first reference administration time beingexceeded are shown in FIGS. 8 b and 8 c: FIG. 8 b shows an overrun by 18hours (second indicator elements 20 are all present and 18 firstindicator elements 30 are present) and FIG. 8 c shows an overrun by 29hours (second indicator elements 20 are all present, first indicatorelements 30 are all present and 5 first indicator elements 40 arepresent). The display in FIG. 8 b also indicates that the user is on the38th day of the administration cycle, that is to say is in the flexibleadministration phase. In the case of FIG. 8 c, the user is also advisedto consult the operating instructions (alarm symbol 82) because of thefirst reference administration time being considerably exceeded by 29hours.

FIG. 9 shows the transition to the interruption phase:

The illustration of the display 1 at the bottom-left shows that the userhas exceeded the first reference administration time by 5 hours. Thiscan be identified by all the first indicator elements 20 of the firstvisualization means and 5 of the second indicator elements 30 of thesecond visualization means being displayed. By repeated operation of themenu key Me, the display device is switched through the first to thirddisplay modes (steps 2, 3, 4, 5) to the fourth display mode. The symbolfor the interruption in administration 60, the warning/informationsymbol 65 and the digital display 50 are displayed in this display mode.The warning/information symbol indicates that it is possible to initiatean interruption phase. This is the case because the user is on the 28thday of the administration cycle (see display of the first display mode).The interruption phase is initiated by operating the confirmation key Ok(step 9). The digital display 50 on the display 1 then indicates thatthe user is on the first day of the interruption phase.

The following displays can be seen successively in the display 1 in theinterruption phase (FIG. 10):

Proceeding from the administration phase in which the display 1, whichis illustrated on a small scale at the bottom-left, is shown with thestandard display, the fourth display mode is selected by operating themenu key Me (steps 2, 3, 4, 5). The display in which the user has thechoice to initiate the interruption phase appears. This is indicated bythe symbol 60 for the interruption in administration. Thewarning/information symbol 65 also confirms that it is possible to startthe interruption phase. In addition, the indicator elements 20 of thesecond visualization means indicate that 5 hours have passed on thisfirst day. This period is the period which has passed since the firstreference administration time (see time display of the secondvisualization means on the display according to the larger illustrationof the display). A changeover is made to the interruption phase byoperating the confirmation key Ok (step 9). The digital display 50 nowindicates that the user is on the first day of the interruption phase.

The user does not take any tablets during the interruption phase. Thedisplay 1 shows, by way of the digital display 50 and the secondindicator elements 20 of the second visualization means, the periodwhich has respectively elapsed. In the illustrations shown here, 5 hourshave passed since the reference administration time on the first day(that is to say a total of 5 hours), 9 hours have passed since thereference administration time on the second day (that is to say a totalof 33 hours), 13 hours have passed since the reference administrationtime on the third day (that is to say a total of 61 hours) and 23 hourshave passed since the reference administration time on the fourth day(that is to say a total of 95 hours). The display then immediatelyswitches to the start-up display. If a new tablet is taken in thissituation, the result is the sequence which has already been describedwith reference to FIGS. 4, 5. If, in contrast, a tablet is not taken,the alarm symbol 82 appears permanently (last illustration in the seriesof illustrations in FIG. 10). The user is thus advised to consult theoperating instructions. An acoustic signal can also sound in order toremind the user to start the new administration phase, for example for afew seconds, with the acoustic signal being repeated several times in aspecific rhythm, for example at intervals of 15 minutes.

When several tablets are removed shortly one after the other, the secondremoval operation is not taken into account as administration (FIG. 11):

If, for example, a first tablet Ta is taken when the first referenceadministration time is exceeded by 7 hours (FIG. 11 a: left-handillustration: second indicator elements 20 (outer ring) are all presentand 7 first indicator elements 30 (inner ring) are present) (step 7),the device changes over to a display according to which 7 hours havepassed since the last second reference administration time (FIG. 11 a:central illustration: 7 second indicator elements 20 are all present).In this case, the removal is confirmed by the confirmation symbol 70.However, when another tablet Ta is removed, this is no longer taken intoaccount as administration (FIG. 11 a: right-hand illustration: nofurther change in the indicator elements 20, the confirmation symbol isnot displayed).

In another configuration, 30 hours have passed since the first referenceadministration time (FIG. 11 b: left-hand illustration: second indicatorelements 20 (outer ring) are all present, first indicator elements 30(central ring) are all present and 6 first indicator elements 40 (innerring) are present). In this case, the alarm symbol 82 is hidden onaccount of the first reference administration time being exceeded to aconsiderable extent. When a tablet Ta is removed (step 7), the devicechanges over to a display according to which 6 hours have passed sincethe last second reference administration time (FIG. 11 b: centralillustration: 6 second indicator elements 20 are all present). Theremoval is confirmed by the confirmation symbol 70. However, in thissituation, the user is advised to consult the operating instructions(alarm symbol 82 is displayed). However, when another tablet Ta istaken, this is no longer taken into account as administration (FIG. 11b: right-hand illustration: no further change in the indicator elements20, no confirmation symbol).

When several tablets are removed, these tablets being assigned todifferent reference administration times, second removal of a tablet istaken into account as administration (FIG. 12):

If, for example, a first tablet Ta is taken when the first referenceadministration time is exceeded by 15 hours (FIG. 12 a: left-handillustration: second indicator elements 20 are all present and 15 firstindicator elements 30 are present) (step 7), the device changes over toa display according to which 15 hours have passed since the last secondreference administration time (FIG. 12 a: central illustration: 15second indicator elements 20 are all present). The removal is confirmedby the confirmation symbol 70. When another tablet Ta is removed, thisis taken into account as further administration because this secondremoval takes place within the time interval of the next referenceadministration time (time interval begins at the referenceadministration time minus 9 hours). This administration is againconfirmed by the confirmation symbol 70. In addition, the display 1 nowshows first a new negative second period of time: FIG. 12 a, right-handillustration, shows that the second indicator elements 20 start to countstarting from an indicator element 20 “reference administration timeminus 9 hours”.

In another configuration, 42 hours have passed since the first referenceadministration time (FIG. 12 b: left-hand illustration: second indicatorelements 20 are all present, first indicator elements 30 are all presentand 18 first indicator elements 40 are present). In this case, the alarmsymbol 82 is hidden on account of the first reference administrationtime being exceeded to a considerable extent. When a tablet Ta isremoved (step 7), the device changes over to a display according towhich 18 hours have passed since the last second referenceadministration time (FIG. 12 b: central illustration: 18 secondindicator elements 20 are all present). The removal is confirmed by theconfirmation symbol 70. However, here too, the user is advised toconsult the operating instructions because of the first referenceadministration time being exceeded to a considerable extent (alarmsymbol 82 is displayed). However, when another tablet Ta is taken, thisis taken into account as further administration because this secondremoval takes place within the time interval of the next referenceadministration time (time interval begins at reference administrationtime minus 12 hours). This administration is again confirmed by theconfirmation symbol 70. In addition, the device now first shows a newnegative second period of time: FIG. 12 a, right-hand illustration,shows that the second indicator elements start to count starting from anindicator element 20 “reference administration time minus 6 hours”.

If the user fails to take the tablets over a longer period of time, thedisplay device automatically starts the interruption phase. FIG. 13shows how the device automatically changes over from the flexible phaseto the interruption phase:

Proceeding from a display according to which the first referenceadministration time has already passed 47 hours before (large left-handillustration: second indicator elements 20 are all present, firstindicator elements 30 are all present and 23 first indicator elements 40are present) and the user is prompted by the alarm symbol 82 to consultthe operating instructions, the device automatically changes over to the(smaller) display 1 illustrated to the right of the said firstillustration 2 hours later, after which the user is now in theinterruption phase. This can be seen by virtue of the symbol 60 for theinterruption in administration and that the digital display 50 has onlyone digit. The digital display indicates that the user is already on thethird day of the interruption phase. This is the result of therelatively long time delay in removing tablets of, by now, over 48hours. The further illustrations in FIG. 13 respectively show thesituations on the fourth day of interruption (5 hours after thereference administration time), immediately after the end of theinterruption period, and after a further time has passed without theuser having removed a tablet.

FIG. 14 shows such a transition to the interruption phase in the case ofthe user failing to take the tablets in the compulsory administrationphase too. Since contraception is not guaranteed in this situation onaccount of the tablet not being administered in any case, the displaydevice changes over to the interruption phase in order to direct theuser back to the administration phase. In this case, the display doesnot differ from that which appears when the changeover is made from theflexible phase to the interruption phase.

FIG. 15 shows the display 1 with a low battery charge state. In theleft-hand illustration of FIG. 15, the warning symbol 84 for a lowbattery charge state is shown. The display indicates that the user is inan administration phase (no symbol for the interruption phase). Thecharge state of the battery is always measured such that theadministration cycle can still be maintained until the end. The userwill therefore still be able to maintain the administration phase untilthe end of the interruption phase (central illustration). However, afterthe end of the interruption phase, the display device does not changeover to the standard display but rather the display is switched off(right-hand illustration).

FIG. 16 shows a second embodiment of a display of a display deviceaccording to the invention. Instead of the first sectoral indicatorelements 30, 40 and the second sectoral indicator elements 20 in threerings, only sectoral first indicator elements, which are in two rings,can be seen here because both types of indicator elements do not appearat the same time in this embodiment. While the second indicator elementsof the first type 30 are black, the second indicator elements of thesecond type 40 are coloured red in order to indicate a considerable timeoverrun to the user.

In addition, the design of the symbol 60 for interruption inadministration, the warning and information symbol 65, the symbol 54 forthe calendar and the information symbol 80 for activation anddeactivation of the warning indicator differ from the correspondingsymbols of the first embodiment (see FIG. 3) in this case. Aconfirmation symbol is not provided. In addition, the arrangement of thesymbols differs slightly from that of the first embodiment.

FIG. 17 shows the start-up display on the display 1 (default screen) invarious stages over the progression of time: The second sectoralindicator elements 20, which indicate the progression of time since thesecond reference administration time (symbolized by the large externaltriangle 90), each represent 1 hour. Each of these indicator elements ismade up of a substantially rectangular frame. Initially, all theindicator elements are switched on in order to indicate to a user thatthe entire period until the next reference administration time is stillavailable. In the present case, 1 hour has already passed since thesecond reference administration time according to the illustration inFIG. 17( a). Since the last tablet was taken shortly before this displaywas recorded, the display already displays just 23 indicator elements inorder to indicate that only 23 hours remain until the next referenceadministration time. When the next display (FIG. 17( b)) was recorded, 6hours had already passed, and therefore 6 indicator elements are alsoswitched off. Therefore, only 18 hours remain until the next referenceadministration time. FIGS. 17( c), (d) and (e) show correspondingillustrations 13 hours, 2 hours and, respectively, 1 hour before thenext reference administration time.

If the next tablet is taken before the second reference administrationtime 90 is reached, an extended period of time remaining until the nextsecond reference administration time for administration of the nexttablet has to be displayed. This can be realized, for example, by allthe second indicator elements 20 of the second visualization means and,furthermore, further indicator elements, which are, for example, in aring, which is offset inwards in relation to the outer ring, andcorrespond to the residual period which exceeds 24 hours (notillustrated), being displayed after the removal of the tablet. If thenext tablet is taken, for example, 2 hours before the second referenceadministration time (in accordance with FIG. 17( d)), all the indicatorelements 20 would be displayed in the outer ring and, in addition, afurther 2 indicator elements, which are located at the point of theindicator elements shown in FIG. 17( d) but offset inwards, would bedisplayed in a ring, which is situated further inwards, after theremoval of the tablet. As time progresses further, only these twoindicator elements would then first be successively cleared and onlythen will the first indicator elements be switched off one by one,starting with a first indicator element which is situated to the rightof the marker 90 for the second reference administration time.

FIG. 18 again shows the start-up display on the display 1 (defaultscreen) in various stages over the progression of time in accordancewith FIG. 17, but in this case after the next reference administrationtime has passed without a tablet having been taken. Therefore, the mostrecent reference administration time is a first reference administrationtime. After this reference administration time is reached without atablet having been taken, the second indicator elements are cleared.After time progresses further after the first reference administrationtime, successive first indicator elements 30 which indicate the timeoverrun appear. FIG. 18( a) shows that 1 hour has passed since the firstreference administration time. FIGS. 18( b)-(e) show furtherprogressions in time, specifically 7 hours, 12 hours, 19 hours and,respectively, 23 hours since the first reference administration time. Inaddition, the numerical display 50 indicates that 1 tablet has not beentaken by this point. Furthermore, the modified information symbol 80 foractivating and deactivating the warning indicator (by the wavesillustrated top-left) indicate that the administration time has beenexceeded.

FIG. 19 shows the further progression of time after more than 24 hourshave elapsed since the first reference administration time. FIG. 19( a)shows the display which shows 24 hours+1 hour (=25 hours) since thefirst reference administration time. To this end, a further firstindicator element 40 is now shown in a ring which is situated furtherinwards, in addition to the first indicator elements 30 in the outerring. This further indicator element is preferably coloured red in orderto warn the user of a further time overrun. Furthermore, the digitaldisplay 50 indicates that 2 tablets have now not been taken. In thefurther displays according to FIGS. 19( b) and 19(c), 24+9 hours (=33hours) and, respectively, 24+20 hours (=44 hours) have passed since thefirst reference administration time.

FIG. 20 shows the display 1 which is produced before (FIG. 20( a)) andafter (FIG. 20( b)) a single tablet is removed. FIG. 20( a) correspondsto the illustration in FIG. 19( c). Before a tablet is removed, thedisplay indicates that 2 tablets have not been taken. After the removalof 1 tablet, the display now shows that 1 tablet still has to be taken.This can be seen firstly on the digital display 50 and by the firstindicator elements 40 being cleared and the first indicator elements 30being partially cleared. It would now be necessary for 1 further tabletto be taken in order to again follow the required rhythm. If thisfurther tablet is taken, the first indicator elements 30 are alsocleared and (in the present case) another 4 second indicator elementsare shown (not illustrated), these indicating the period until the nextreference administration time.

FIG. 21 shows the display 1 which is produced after the interruptionphase has been initiated. The symbol 60 for the interruption inadministration and the warning and information symbol 65 appear in thiscase. Only these two symbols are displayed immediately after theinterruption phase (FIG. 21( a)) is initiated. After run-in of a fewhours after initiation, the display additionally shows that the user ison the 1st day of the interruption phase, specifically after 4 hourshave elapsed (FIG. 21( b)). FIG. 21( c) shows the display which isproduced on the 2nd day of the interruption phase, specifically after24+9 hours (=33 hours) after the initiation. FIG. 21( d) shows thecorresponding display on the 3rd day of the interruption phase after24+24+9 hours (=57 hours) after the initiation.

If the tablets for contraception are not taken regularly, contraceptioncan no longer be ensured under certain conditions. In this case, it isnecessary for the user to use additional contraceptives. Thisrequirement can be displayed separately and specifically on the display1 by means of a warning symbol for lack of contraception, for example byan exclamation mark (“!”). This warning symbol is only displayed ifadequate contraception is no longer guaranteed, and is intended toindicate to the user that additional contraceptive means now need to beused. A situation such as this occurs if the tablets have not been takenregularly. This depends on the periods firstly for which tablets havebeen administered correctly, that is to say regularly, and secondly theperiods for which tablets have been administered with an interruption.FIG. 22 shows examples of missed administration on specific days duringthe course of the administration regime (correct administration: “o”, noadministration “x”) which, in two cases, leads to a state of lack ofcontraception. Therefore, additional contraceptive measures (need foradditional use of other contraceptive means) are required in this case.To this end, the said warning symbol is displayed on the display:

The figures each show an excerpt from an administration calendar withthe 17th, 18th, 19th days etc. in the administration regime being shown(day given in the first line). Administration of a tablet on therespective day is recorded in the second line by “o”. If a tablet is nottaken, an “x” is shown. The third line indicates whether additionalcontraceptive measures are required on the respective day (“!”) or not(no entry in the associated field). In the first cases, this warningsymbol appears on the display.

FIG. 22 a shows an example of administration in which the administrationof a tablet was forgotten on the 28^(th) day and again on the 36th day.Additional contraceptive measures are not required (no entry in thethird line) in this case for the following reasons: the tablet was nottaken only on a single day within a period of 7 days of irregularadministration (for example in the period of the 28th day to the 34thday) and this day was preceded by a 7-day period (21st day to 27th day)in which the tablets were taken regularly. Furthermore, the day on whichthe tablet was not taken, (28th day) is followed by a further 7-dayperiod (29th day to 35th day) in which the tablets were taken regularly.In this case, the missed administration period is only 1 day (28th day).If the user again forgets to take the tablet at a later date (on the36th day), this does not lead to additional contraceptive measures nowhaving to be taken, for the abovementioned reasons. The period of 7 daysbetween the two days of missed administration (28th day and 36th day)guarantees the ovulation-inhibiting action. For this reason, the warningsymbol (“!”) on the display is not activated either.

FIG. 22 b shows an example for administration in which the tablets havenot been taken on the 28th day and then again on the 34th, 35th, 36thand 37th days. Additional contraceptive measures are required in thiscase: Tablets have not been taken on two days, specifically on the 28thday and on the 34th day, within a period of 7 days of irregularadministration, calculated from a first day on which a tablet has notbeen taken after at least 7 days of uninterrupted administration (28thday). The last day within this 7-day period is not followed by an atleast 7-day period of time in which tablets are taken withoutinterruption since tablets were not taken on the 35th, the 36th and onthe 37th days either. The missed administration period is 10 days inthis case since it extends from the 28th day to the 37th day. The firstday on which additional contraceptive measures are required is the 8thday which follows the abovementioned 7-day period of irregularadministration starting from the 28th day. This day is the 35th daysince the 7-day period of irregular administration ends on the 34th day.The need for additional contraceptive measures lasts until a period ofat least 7 days of uninterrupted administration has again elapsed.Therefore, the period in which additional contraceptive measures arerequired lasts until the 44th day since 7 days of uninterruptedadministration is first reached on the 44th day. Therefore, the warningsymbol for lack of contraception is activated from the 35th day to the44th day.

FIG. 22 c shows an example of administration in which the tablets havenot been taken on the 34th, 35th, 36th and 37th days and again on the40th day. In this case, additional contraceptive measures are notrequired: tablets are not taken on 5 days, specifically on the 34th day,on the 35th day, on the 36th day, on the 37th day and on the 40th day,within a missed administration period of 7 days, calculated from a firstday on which a tablet has not been taken after at least 7 days ofuninterrupted administration (34th day). The last day within this 7-daymissed administration period, that is to say the 40th day, is followedby an at least 7-day period of time in which tablets are taken withoutinterruption (starting from the 41st day). Therefore, the warning symbolis not activated.

FIG. 22 d shows an example of administration in which the tablets havenot been taken on the 34th, 35th, 36th and 37th days and then again onthe 41st day. Additional contraceptive measures are required in thiscase: Tablets have not been taken on 4 days, specifically on the 34thday, on the 35th day, on the 36th day and on the 37th day, within aperiod of 7 days of irregular administration, calculated from a firstday on which a tablet has not been taken after at least 7 days ofuninterrupted administration (34th day). The last day within this 7-dayperiod (40th day) of irregular administration is not followed by an atleast 7-day period of time in which tablets are taken withoutinterruption since a tablet is not taken on the 41st day either. Themissed administration period actually lasts 8 days. The first day onwhich additional contraceptive measures are required is the 8th daywhich follows the abovementioned 7-day period of irregularadministration. This day is the 41st day since the 7-day period ofirregular administration ends on the 40th day. The need for additionalcontraceptive measures lasts until a period of at least 7 days ofuninterrupted administration has elapsed again. Therefore, the period inwhich additional contraceptive measures are required lasts until the48th day since 7 days of uninterrupted administration is first reachedon the 48th day. Therefore, the warning symbol for lack of contraceptionis activated from the 41st day to the 48th day.

1. Display device for a dispenser (Sp) for medicament portions (Ta), itbeing necessary to administer the medicament portions at regularlyrecurring reference administration times, and the display devicecomprising a display (1) and an electronic actuation means for thedisplay, characterized in that the display comprises a firstvisualization means for displaying a first period of time between afirst reference administration time and the current time, and the firstreference administration time being distinguished in that no medicamentportion has been taken by the first reference administration time. 2.Display device for a dispenser (Sp) for medicament portions (Ta)according to claim 1, characterized in that the display (1) additionallycomprises a second visualization means for displaying a second period oftime between a second reference administration time and the currenttime, the second reference administration time being distinguished inthat it is in a predefined administration time interval and one of themedicament portions has been taken in the predefined administration timeinterval, and the second period of time lasts at most up to the firstreference administration time which chronologically follows the secondreference administration time.
 3. Display device for a dispenser (Sp)for medicament portions (Ta) according to claim 2, characterized in thatthe second visualization means is started by removing one of themedicament portions from the dispenser for the first time in anadministration cycle.
 4. Display device for a dispenser (Sp) formedicament portions (Ta) according to one of claims 2-4, characterizedin that the first visualization means is started by the first referenceadministration time being reached if none of the medicament portions hasbeen taken by the first reference administration time.
 5. Display devicefor a dispenser (Sp) for medicament portions (Ta) according to one ofclaims 2-5, characterized in that the first visualization means isarranged in at least one first display region and the secondvisualization means is arranged in at least one second display region ofthe display (1).
 6. Display device for a dispenser (Sp) for medicamentportions (Ta) according to claim 6, characterized in that the at leastone first display region and the at least one second display region areadjacent to one another.
 7. Display device for a dispenser (Sp) formedicament portions (Ta) according to one of the preceding claims,characterized in that the first visualization means is formed by atleast one first indicator element (30, 40).
 8. Display device for adispenser (Sp) for medicament portions (Ta) according to claim 7,characterized in that at least two first indicator elements (30, 40) areprovided, and in that the first indicator elements are successivelyswitched on as time progresses.
 9. Display device for a dispenser (Sp)for medicament portions (Ta) according to one of the preceding claims,characterized in that the second visualization means is formed by atleast one second indicator element (20).
 10. Display device for adispenser (Sp) for medicament portions (Ta) according to claim 9,characterized in that at least two second indicator elements (20) areprovided, and in that the second indicator elements are successivelyswitched on as time progresses.
 11. Display device for a dispenser (Sp)for medicament portions (Ta) according to one of claims 7-10,characterized in that each of the at least one first indicator elements(30, 40) and/or each of the at least one second indicator elements (20)corresponds to periods of time of equal magnitude.
 12. Display devicefor a dispenser (Sp) for medicament portions (Ta) according to claim 11,characterized in that each of the at least one first indicator elements(30, 40) and/or each of the at least one second indicator elements (20)corresponds to 1 hour.
 13. Display device for a dispenser (Sp) formedicament portions (Ta) according to one of claims 7-12, characterizedin that each of the at least one first indicator elements (30, 40) formsa segment in at least one first ring and/or each of the at least onesecond indicator elements (20) forms a segment in at least one secondring.
 14. Display device for a dispenser (Sp) for medicament portions(Ta) according to claim 13, characterized in that the at least one firstring for the at least one first indicator element (30, 40) and the atleast one second ring for the at least one second indicator element (20)are concentric to one another.
 15. Display device for a dispenser (Sp)for medicament portions (Ta) according to one of the preceding claims,characterized in that the first visualization means comprises a firstzone and a second zone which is spatially delimited from the first zone,the second zone serving to display that a predefined third time has beenexceeded.
 16. Display device for a dispenser (Sp) for medicamentportions (Ta) according to one of the preceding claims, characterized inthat it additionally comprises a display (50, 52) for the number ofmedicament portions contained in the dispenser.
 17. Display device for adispenser (Sp) for medicament portions (Ta) according to one of thepreceding claims, characterized in that it additionally comprises adisplay (50, 54) for the number of medicament portions which havealready been taken in an administration cycle.
 18. Display device for adispenser (Sp) for medicament portions (Ta) according to one of thepreceding claims, characterized in that it additionally comprises adisplay (60) for interruption in administration.
 19. Display device fora dispenser (Sp) for medicament portions (Ta) according to claim 18,characterized in that the display (60) for interruption inadministration includes a display (50) for the number of days for whichadministration is interrupted.
 20. Display device for a dispenser (Sp)for medicament portions (Ta) according to either of claims 18 and 19,characterized in that the first or the second visualization meansdisplay, during the interruption in administration, the period of timewhich has elapsed between two reference administration times. 21.Display device for a dispenser (Sp) for medicament portions (Ta)according to one of the preceding claims, characterized in that thedisplay (1) additionally comprises an indicator element (82) for awarning symbol for lack of contraception.
 22. Display device for adispenser (Sp) for medicament portions (Ta) according to claim 21,characterized in that the warning symbol is displayed on the display (1)if the following conditions are met: a) failure to administer at leastone medicament portion on at least one day results in a missedadministration period which is defined by i) the missed administrationperiod following a first administration period of at least 7 days ofuninterrupted administration of medicament portions, ii) the missedadministration period again being followed by a second administrationperiod of at least 7 days of the requisite uninterrupted administrationof medicament portions, iii) no medicament portion being taken on atleast one day in the missed administration period, iv) no period of atleast 7 days of uninterrupted administration being included in themissed administration period, v) no medicament portion being taken onthe first and last day of the missed administration period, and vi) themissed administration period lasting longer than 7 days; b) the firstday on which the warning symbol appears is the 8th day of the missedadministration period; c) the last day on which the warning symbolappears is the 7th day of the second administration period which followsthe missed administration period and which involves uninterruptedadministration of medicament portions.
 23. Display device for adispenser (Sp) for medicament portions (Ta) according to one of thepreceding claims, characterized in that the display device is a digitaldisplay device.
 24. Display device for a dispenser (Sp) for medicamentportions (Ta) according to one of the preceding claims, characterized inthat the display device is an LCD display device.
 25. Use of the displaydevice according to one of claims 1-24 for monitoring the administrationof medicament portions (Ta) from a dispenser (Sp).
 26. Use according toclaim 25, characterized in that the medicament portions (Ta) are hormonepreparation portions.
 27. Use according to either of claims 25 and 26,characterized in that the medicament portions (Ta) are contraceptiveportions.
 28. Use according to claim 27, characterized in that thecontraceptive portions are taken in an administration phase, and in thata phase of interruption in administration follows the administrationphase.
 29. Use according to claim 28, characterized in that theadministration phase comprises a first administration period which mustnot be interrupted by the phase of interruption in administration, and asecond administration period which may be interrupted by the phase ofinterruption in administration.
 30. Use according to claim 27, 28 or 29,characterized in that 20 μg of ethinylestradiol and 3 mg of drospirenoneare contained in each medicament portion.